Table 7—(Continued)
aq It
2.78 x 10!
2,.10x 10"
1.46 x 108
15
2.30 x 101?
1.11 «10!
Larxoon te io=
1,29 x 1048
1,71x 10"
3.16
3 05 x 10710!
-05 = 10
3.54101
5.79 x 1010
2.79101!
2.57 x 102
7.3910"
5.84 10"14
5.52
52x10
3.52 x 1010
5.58x 10!
5.95 x 1910
9x10%
7.3
7.1410!
6.59104la
3 210
5.3
65
.
2.54 x 10M
2.63 x 10%
1.31x 10!
9410
1.065 x 1014
2.44101
108
tae 410
9.7
tt
9,48 19014
1.98 x 1045
‘
2.92 x 10"
x 104
3.15
353x109!
3.06 x 10"
x 10!
3.06
0
.
1.34 «1915
oer. 10!
a abc 1g!
8 x 10
3.05 x 1022
8.99 10%
10!
5.41
5.45 x 10%
08 10!
811x104
“11x10
5.50x 10!
5.50 1034
5.50x 1044
5.55 x 10!
6.18x 10%
4.53 10!2
4.31 10%
2.10 x 104
°
% 10M
3.88
8.99 1913
1.29 x 10!
x 108
2.86910
10
2.6
10"
5.35 x1914
7.35
7.35 x 10" .
7.95104
’
1 83x 1022
,
9.96 1912
2.1010"
3.76x
x 10\
3.76
1 25x
25% 10
1.25 x 106
6.50x 1013
10!
160% tpt
1.60 1014
1.72 rol
1.63 10%
1.60 1043
,
1.28 1013
1.61 x 101!
1.0410° !
2.23x 10"
1.42 1913
2.58 x 1011
8.60 10%
x 10738
55 310
7.2
,
8.65 x 10
3.21« 1013
12
43
39x 10
10!2
4.20x
20x 10
7.54x 10!
x 10"
2.83 x 10!
3.02
15
1.441018
i
1.18% 10
9.521014
9.4810
3.15 1044
3.42107
1,10x 1044
4.1
-18x 10
6.64 « 1044
3.79 x 10%0
5,58 10%
1.63 = 10"
‘
10
1
6.38 1013
6.44108
595 x 10%
0
.
3.74x 1012
q
2.70 10!410!
> -60x
60 x 10
2.03 x 10!
1.31 101!
1,16 x10!
1014
4.611012
7.37% io!
1
4,60 1014
2410
7.2
t¢
62x10
1.5810"
5.93x 1012
2.09 x 10!te
4.8
Yn
1.96101!
3.79% 100
5.09 x 108
4.24 10)1010
Dix 10
.
2.69x 101°
10!
6.20 10!2
1012
= 2
4.87 102
4.20
6 -68 x 10 12
4.57
x10)10!2
.
4.68x 10"
7.56 192
7.95 x 10!
7 42x 19%
9.96x 10!
8.88 x 10!2
1,14x 104
9.17x 1032
7,52 104
2,09x 101?
2,00x 1022
1L.77x 191?
1.91= 1012
1.75 «10!
5.60 10!
9.68 x i191!
2.90 10!!
2.49 10!
4.12 191!
5.87 101!
3,81 104
4.03% 190!
8.60 1011
5.82x 10!
2.28101!
2.88 10!
1.98 = 10!
1.17 101!
1.98 x 101
2.75x 10"
74.5.
"
0,0044
21.5
39.6.
39.6
14.7
14.7
4.4
°
0.0034
r measurements
540
57
519
485
547
518
489
233
549
0.848
551
441
930
627
483
vo
"
1.13
590
O45
589
1.06
a0
1.04
1.02
1.03
U0
ww
1,08
.
1.26
54
530
533
626
570
565
610
657
693
1.33
20.4
1.07
5
1.06
553
1.82 x 101
re
1.02
$30
8
245x10
10
9.08
9.08
1.31
1.9010"
4
pon%te
1013
1.41
.
1.96 = 104
10%
1.19
eae 10%
7.25
”
20.4
17.0
15
"
0.01
O17
:
0.015
.
1.13
1.004
1.29
1,10
1.26
1.22
586
3
542
670
5
or
662
634
1.58
2.18
4.20 x 1012
ot
2.56
1330
7.42 10 2
42x
1.17
1.55
805
48
1.59
-25
x 10
6.28 x 1922
. x
4.61
108
7.55 x 1012
a.a8x 10%?
1.32
18
.
1.14 104
nee
1.75 « 10!2
0.28
2.09 x 1022
’
5.60 10"
1.77 1012
2.49 x 101!
:
0.47
a
02
1094
2.79
1450
1.49
1.39
1.34
2.68
1.52
793
one
4.47
2320
5.82% 10911
4.60
, 101!
2.75
0.074
1.56 10!
1395
"
O36
2 88x 10!
725
697
1390
4,82
5.87 101!
830
775
2.68
0.12
tt
4.0
03x10
1133
2.10
a 510
2390
"
4.47
2320
oa
5.72
2.57
1335
5,50
2860
.087
Notes: (2) I,2 i is the ion-chamber
i
(3) Y is the
project {a
wwe foreachstation).
measurements by thefield
rom the curves
g&amma-~scintillation-counte
by the field project. (4) i and’
and 3, respectively.
512
515
1.08
.
74.5
0.18
0.0070
087
449
53C
1.4
1.63
5.72 101?
0,54
254
1,72x 101?
% 120"
6.18
5.401022
-932
0.995
1.05
1.06
o
od
.
294 x 10!4
0
8
0.99
0
0.940
53.9
‘
.
4 10"
6.6
a aee
0.020
6.35 x
10/4
x 10
6.18
1.81x 10!4
8.21x 1012
a
75k
520
0.0057
54.4
598
1.00
0.86
02 2
.
5.13 x 104°
10!
5.17
5 46x 10%
5 79x 1014
855
526
545
0.010
30.5
0.30
79.7
501
1.05
0.0035
tpi 10!
7.90x 1013
1.14
1.46
0.0052
2,19 10
6.61 x 10!3
ATX 10
.
3.54 x 1010
3,01 x10!
x 104
8.55
.
kt/sq :
ve
0.985
105%
7.17% 1088
0.015
wh Ky,
r/hr at
0.963
on,
308
1.13 x 1083
1.75 10!3
206
3.10
9.81 101
3.05 xx 1014
10"
x 10%
3.65
3.86 1014
122 x 10!
.
10/4
1.34x10%
2.90
1,32
32x 10 108
26.0
26.0
on 4
aa 10
4.398x 10!
1.76 10%
4
1.7
10
“tee= 1013
3.39
2.16 = Lol
L,r/hr 107! a ain
fission/sq ft
atlhr
1.14% 1088
9.99
1.32x 101!
1.3510 !
1.19 x 104!
ft
sq
5,13 x 1010
3.54 x 10!
1.55 108
fission
5.01 1010
1.71% 108
1.07 = 1043
A f»
Ay
fieston
5.01 1010
«108
3.3610!
2.63 x
1.26 108104
9.88
1,82» 19%2
15x 108
penwioN
°
108
-2,08x10
8.14104
1,53 10
% 102
5.74
4.18107
3,94
“sqft
lé
8.54 x10r
8.54
»
fission
sq ft
so
2
A
Ad
ion
fiss
ssion
fi A
3020
calibra
in Figt